Cresset has released the new Spark CSD Fragment Database, derived from the Cambridge Crystallographic Data Centre’s (CCDC) Cambridge Structural Database (CSD). According to Dr Robert Scoffin at Cresset, Spark replaces fragments of molecules with biologically equivalent alternatives.

‘It is ideal for scaffold hopping, moving to clear IP, replacing R-groups and growing or linking fragments,’ he said. ‘This new database of fragments from the CSD means that Spark’s results contain chemical replacements that have experimentally validated chemistry and known conformations. This gives them a higher chance of a smooth synthetic route and better likelihood of being a valid bioactive conformation.’

Colin Groom, executive director of the CCDC, added: ‘The CSD is the world’s most comprehensive database of expert-curated 3D small-molecule organic and metal-organic crystal structures, containing the results of over ¾ million X-ray and neutron analyses. The new Spark CSD Fragment Database further extends the ways in which researchers can use this wealth of crystallographic data to address a wide range of scientific problems.’


Robert Roe explores efforts to diversify the HPC processor market


Darren Barrington-Light, senior manager product marketing for Thermo Fisher Scientific, explains the importance of integrating LIMS into the pharmaceutical data chain


Gemma Church looks at the use of additive manufacturing processes in engineering